public static void Create(CabinetNameHandler nameHandler, object nameContext, long maxCabSize, long maxFolderSize,
CabinetOpenCabHandler openCabHandler, CabinetCloseCabHandler closeCabHandler, object openCabContext,
string[][] foldersAndFiles, CabinetCompressionLevel compLevel, CabinetCreateOpenFileHandler openFileHandler,
CabinetCreateCloseFileHandler closeFileHandler, object openFileContext,
CabinetStatusCallback statusCallback, object statusContext)
#endif // !CABMINIMAL
{
using (CabCreator cabInstance = new CabCreator(maxCabSize, maxFolderSize))
{
cabInstance.nameHandler = nameHandler;
cabInstance.nameContext = nameContext;
cabInstance.openCabHandler = openCabHandler;
cabInstance.closeCabHandler = closeCabHandler;
cabInstance.openCabContext = openCabContext;
cabInstance.openFileHandler = openFileHandler;
cabInstance.closeFileHandler = closeFileHandler;
cabInstance.openFileContext = openFileContext;
#if !CABMINIMAL
cabInstance.statusCallback = statusCallback;
cabInstance.statusContext = statusContext;
if (cabInstance.statusCallback != null)
{
cabInstance.status.totalFolders = (short)foldersAndFiles.Length;
for (int iFolder = 0; iFolder < foldersAndFiles.Length; iFolder++)
{
string[] files = foldersAndFiles[iFolder];
for (int iFile = 0; iFile < files.Length; iFile++)
{
FileAttributes attributes;
DateTime lastWriteTime;
Stream fileStream = openFileHandler(files[iFile], out attributes, out lastWriteTime, openFileContext);
if (fileStream != null)
{
cabInstance.status.totalFileBytes += fileStream.Length;
cabInstance.status.totalFiles++;
}
closeFileHandler(files[iFile], fileStream, openFileContext);
}
}
}
#endif // !CABMINIMAL
for (int iFolder = 0; iFolder < foldersAndFiles.Length; iFolder++)
{
string[] files = foldersAndFiles[iFolder];
for (int iFile = 0; iFile < files.Length; iFile++)
{
FileAttributes attributes;
DateTime lastWriteTime;
Stream fileStream = openFileHandler(files[iFile], out attributes, out lastWriteTime, openFileContext);
if (fileStream != null)
{
#if !CABMINIMAL
if (cabInstance.statusCallback != null)
{
if (cabInstance.status.currentFolderTotalBytes > 0)
{
cabInstance.status.currentFolderBytesProcessed = cabInstance.status.currentFolderTotalBytes;
cabInstance.status.statusType = CabinetStatusType.FinishFolder;
cabInstance.statusCallback(cabInstance.status, cabInstance.statusContext);
cabInstance.status.currentFolderBytesProcessed = cabInstance.status.currentFolderTotalBytes = 0;
if (!(iFolder == 0 && iFile == 0))
{
cabInstance.status.currentFolderNumber++;
if (cabInstance.status.totalFolders <= cabInstance.status.currentFolderNumber)
{
cabInstance.status.totalFolders = (short)(cabInstance.status.currentFolderNumber + 1);
}
}
}
}
#endif // !CABMINIMAL
cabInstance.status.currentFileName = files[iFile];
if (!(iFolder == 0 && iFile == 0))
{
cabInstance.status.currentFileNumber++;
}
#if !CABMINIMAL
if (cabInstance.statusCallback != null)
{
cabInstance.status.currentFileTotalBytes = fileStream.Length;
cabInstance.status.currentFileBytesProcessed = 0;
cabInstance.status.statusType = CabinetStatusType.StartFile;
cabInstance.statusCallback(cabInstance.status, cabInstance.statusContext);
}
#endif // !CABMINIMAL
cabInstance.AddFile(files[iFile], fileStream, attributes, lastWriteTime, false, compLevel);
}
}
cabInstance.FlushFolder();
}
cabInstance.FlushCabinet();
}
}
public static void Create(CabinetNameHandler nameHandler, object nameContext, long maxCabSize, long maxFolderSize,
CabinetOpenCabHandler openCabHandler, CabinetCloseCabHandler closeCabHandler, object openCabContext,
string[][] foldersAndFiles, CabinetCompressionLevel compLevel, CabinetCreateOpenFileHandler openFileHandler,
CabinetCreateCloseFileHandler closeFileHandler, object openFileContext)
